About Quantifi Photonics

Quantifi Photonics offers test and measurement instruments for the photonics industry, supporting product development from R&D to manufacturing. Their solutions provide accurate and efficient workflows for characterizing optical components and systems.

<problem> Developing and manufacturing advanced photonic devices and systems requires precise and reliable test and measurement solutions. Traditional approaches can be cumbersome, limiting efficiency and scalability across the product lifecycle, from research and development to high-volume production. </problem> <solution> Quantifi Photonics provides a comprehensive suite of test and measurement instruments designed to address complex challenges in the photonics industry. Their solutions support the entire product lifecycle, from initial development and characterization to validation and manufacturing. By offering modular platforms and specialized instruments, Quantifi Photonics enables engineers to achieve greater accuracy, efficiency, and scalability in their photonics testing workflows. Their commitment to innovation ensures that customers have access to the tools needed to accelerate product development and maintain a competitive edge in the rapidly evolving photonics landscape. </solution> <features> - Modular test platforms including PXI, MATRIQ (benchtop), and EPIQ for flexible system integration. - Digital sampling oscilloscopes (QCA Series) with up to 50 GHz bandwidth and ultra-low jitter for high-speed electrical and optical signal analysis. - Clock recovery instruments (QCR Series) designed to complement DSOs for comprehensive communication system validation. - Optical spectrum analyzers (OSA 1000 Series) offering compact, cost-effective spectral measurements with built-in analysis for OSNR and SMSR. - Laser sources and amplifiers, including tunable, fixed wavelength CW, swept, and broadband optical sources. - Optical switches utilizing MEMS technology for low insertion loss and high durability, available in PXIe and benchtop form factors. - Photonic Doppler Velocimetry (PDV) instruments and modules for precise velocity measurements in high-speed dynamics testing. - Coherent optical communication test solutions, including transmitters, receivers, and optical modulation analyzers, supported by VISIQ™ analysis software. - Passive component integration modules for customizable test setups, accommodating components like WDMs, splitters, and filters. - High-speed I/O testing capabilities for applications in AI/ML, HPC, and data center interconnects. - CohesionUI™ web-based graphical user interface for intuitive instrument control and operation. - SCPI and LabVIEW compatibility for programmatic control and integration into automated test environments. </features> <target_audience> The primary target audience includes engineers and researchers in optical communications, data centers, defense and aerospace, and academic institutions involved in the development, characterization, and manufacturing of photonic devices and systems. </target_audience>

What does Quantifi Photonics do?

Where is Quantifi Photonics located?

Quantifi Photonics is based in Auckland, New Zealand.

Location

Auckland, New Zealand

Employees

52 employees

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Quantifi Photonics

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Executive Summary

quantifiphotonics.com 2K+

Auckland, New Zealand

Funding

No funding information available.

Team (50+)

No team information available.

Company Description

Problem

Developing and manufacturing advanced photonic devices and systems requires precise and reliable test and measurement solutions. Traditional approaches can be cumbersome, limiting efficiency and scalability across the product lifecycle, from research and development to high-volume production.

Solution

Quantifi Photonics provides a comprehensive suite of test and measurement instruments designed to address complex challenges in the photonics industry. Their solutions support the entire product lifecycle, from initial development and characterization to validation and manufacturing. By offering modular platforms and specialized instruments, Quantifi Photonics enables engineers to achieve greater accuracy, efficiency, and scalability in their photonics testing workflows. Their commitment to innovation ensures that customers have access to the tools needed to accelerate product development and maintain a competitive edge in the rapidly evolving photonics landscape.

Features

Modular test platforms including PXI, MATRIQ (benchtop), and EPIQ for flexible system integration.

Digital sampling oscilloscopes (QCA Series) with up to 50 GHz bandwidth and ultra-low jitter for high-speed electrical and optical signal analysis.

Clock recovery instruments (QCR Series) designed to complement DSOs for comprehensive communication system validation.

Optical spectrum analyzers (OSA 1000 Series) offering compact, cost-effective spectral measurements with built-in analysis for OSNR and SMSR.

Laser sources and amplifiers, including tunable, fixed wavelength CW, swept, and broadband optical sources.

Optical switches utilizing MEMS technology for low insertion loss and high durability, available in PXIe and benchtop form factors.

Photonic Doppler Velocimetry (PDV) instruments and modules for precise velocity measurements in high-speed dynamics testing.

Coherent optical communication test solutions, including transmitters, receivers, and optical modulation analyzers, supported by VISIQ™ analysis software.

Passive component integration modules for customizable test setups, accommodating components like WDMs, splitters, and filters.

High-speed I/O testing capabilities for applications in AI/ML, HPC, and data center interconnects.

CohesionUI™ web-based graphical user interface for intuitive instrument control and operation.

SCPI and LabVIEW compatibility for programmatic control and integration into automated test environments.

Target Audience

The primary target audience includes engineers and researchers in optical communications, data centers, defense and aerospace, and academic institutions involved in the development, characterization, and manufacturing of photonic devices and systems.